Team

Our team

Tom Cole

Solar PV consultant
Home battery consultant

Tom has amassed real-world design and installation experience working in the renewables sector since 2014, managing a portfolio of projects worth several million pounds. He also supported the nationwide renewable energy programme with the National Trust. Tom co-founded ChargeWorks as a specialised, independent and impartial solar PV and electric vehicle consultancy in 2020 to improve design and installation quality, whilst raising ethical standards.

Emma Fancett

Electric vehicle consultant
Energy tariff consultant

Emma has worked with a range of private and third-sector organisations since 2012 to integrate sustainability into working practices while managing stakeholder engagement in decarbonisation projects. Emma combines qualifications and experience in project management, education and training, and transport systems with an MSc in sustainability and leadership. She oversees ChargeWorks’ own impact reporting and leads our electric vehicle and benefit and reward projects.

Tim Nicholson

Solar PV consultant
Home battery consultant

Tim has been consulting on and installing solar PV systems for commercial, domestic and community clients since 2013. Prior to moving into renewables, he worked as a chartered surveyor for DTZ, Pillar Property plc and Granger plc. Given his experience of property investment and development plus the practical experience of installing solar PV systems, Tim is uniquely placed to offer advice on how to get the best out of solar PV projects in the context of a property portfolio.

Fiona Hughes

Heat pump consultant
Home heating consultant

Fiona is the founder of Green Heat Coop, a social enterprise focusing on providing advice to households who want to make their homes more efficient and climate-friendly. She has worked on the decarbonisation of heat since 2017, advising government bodies, businesses, and homeowners on green heating solutions. Fiona’s background is in mechanical engineering and she is trained in heating system design.